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Black Holes and Worm Holes



blog-0038253001383185155.jpgBlack holes, probably one of the first things many people think about when they think about space. But what is behind this matter sucker?

All the black holes we know about are singularities that are created by a super nova. As a large star starts to run out of fuel to power the nuclear reactions that keep it alive, the gravity that holds the gas of the star together starts to tear the star apart. If the gravity that holds the star is strong enough, the fuel that is left in the core of the star heats up until a large explosion occurs called a super nova. After the explosion what is left of the star's core is very dense and has a substantial gravitational field. This field is so strong that it pulls everything around it toward it's self creating a funnel like effect.

So what would happen if you were unfortunate enough to find yourself drifting into the pull of a black hole?

Well you might still be able to escape, if the black hole is spinning, you could be ejected and launched into space, but lets say you are drifting towards a stagnate black hole. As you traveled closer and closer to the black hole time would seem to be passing slower and slower until you reached the event horizon, where time would totally stop.

This is interesting because technically travelling into a black hole would be a way to live forever, if you see living as being forever trapped suspended just above the event horizon of a black hole. But this does pose a problem, what actually happens to you? Are you just eternally stuck there? There are, of course, many theories, however I would like to touch on the possibility that a black hole is actually a form of a worm hole.


So a worm hole is what scientists call a hole in space and time; basically the scientific name for a time machine. The theory behind this is that because space is seen as bendable. Scientists think that space can have a hole created in it so that large distances can be traveled, or even perhaps time.


Black holes seem like they could accomplish the same effect. Although we don't know if time actually reverses in a black hole, it seems possible. Think about this:

If the high level of pull from the gravity of a black hole is enough to pull in light, wouldn't that mean that the mass of a black hole would have to be very large? So if as a black hole pulls in matter its mass increases, its mass would end up being very very close to infinity. If the mass of the black hole is close to infinity the gravitational force that it exerts is even closer to infinity. So, theoretically, the pull of gravity could pull an object very close if not over the speed of light which would cause time to travel backwards.

I may be wrong (please correct me if I am), but black holes are a confusing subject that current physics may not even be able to explain. I'm just hoping I will never have to find out what happens if you come across one myself.



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The center of a black hole is called a singularity and theoretically have infinite mass in an infinitely small. The laws of physics also break down at that point so physicists can't quite explain what happens... One of my favorite parts about black holes are that the term for what happens when you pass the event horizon and the closest part stretches an incredible amount more than the further parts is spaghettification. That's the actual physics term.

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